Flashlight with pivotal swivel light emitting assembly
The present invention is to provide a flashlight comprising a case, a swivel mount provided on a front end of the case and adapted to turn horizontally along a longitudinal central axis of the case, two opposite first and second arms extended upwardly from the swivel mount farther to the case, and a light emitting assembly pivotally provided between the first and the second arms such that the light emitting assembly is adapted to turn along a transverse axis between the first and the second arms, enabling the light emitting assembly to emit light illuminating any of substantially all regions to the front of the flashlight when both the swivel mount and the light emitting assembly turn appropriately.
The present invention relates to flashlights and more particularly to such a flashlight having a pivotal light emitting assembly mounted on a swivel mount thereof such that emitted light is adapted to illuminate any of substantially all regions to the front.
BACKGROUND OF THE INVENTION A conventional flashlight 1 is shown in
However, light emitted from the conventional flashlight 1 is directed to a single direction only. Further, the emitted light is adapted to direct to a desired object by pivoting the wrist to change the path of illumination of the bulb 14 while holding the case 11. In one example, for repairing the machine a worker has to hold the flashlight and direct emitted light toward malfunctioned components of a machine. However, there are many areas of the components to which access is difficult (i.e., dead ends). As a result, it is impossible of illuminating the malfunctioned components due to the single direction of illumination of the flashlight. Thus, it is desirable to provide a novel flashlight having a pivotal light emitting assembly mounted on a swivel mount thereof without modifying the size of the existing flashlight such that emitted light is adapted to sufficiently illuminate any of substantially all regions to the front.
SUMMARY OF THE INVENTIONAfter considerable research and experimentation, a flashlight having a pivotal light emitting assembly mounted on a swivel mount thereof according to the present invention has been devised so as to overcome the above drawback of the prior art.
It is an object of the present invention to provide a flashlight comprising a case, a swivel mount provided on a front end of the case and adapted to turn horizontally along a longitudinal central axis of the case, two opposite first and second arms extended upwardly from the swivel mount farther to the case, and a light emitting assembly pivotally provided between the first and the second arms such that the light emitting assembly is adapted to turn along a transverse axis between the first and the second arms. By utilizing the present invention, emitted light of the light emitting assembly is adapted to illuminate any of substantially all regions to the front of the flashlight when both the swivel mount and the light emitting assembly turn appropriately.
The above and other objects, features and advantages of the present invention will become apparent from the following detailed description taken with the accompanying drawings.
BRIEF DESCRIPTION OF THE DRAWINGS
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A fourth contact 64 is provided along the inner surface of the case 2 and has one end slidably coupled to the bridge 631 and the other end extended beyond the case 2 proximate to the swivel mount 3. Also, the fourth contact 64 is electrically coupled to the first contact 65. Sliding the switch 63 toward one direction will connect the bridge 631 to the one end of the fourth contact 64 and thus electrically connect the third contact 62 to the fourth contact 64.
Moreover, a fifth contact 69 is provided at the front end of the case 2 proximate to the swivel mount 3. The fifth contact 69 is spaced from the fourth contact 64. The fifth contact 69 has one portion electrically coupled to the second contact 69 and the other portion disposed within the case 2 and electrically coupled to a negative terminal 601 of the battery assembly 6. A cup-shaped cap 5 is provided at the rear of the case 2 distal to the swivel mount 3. A sixth contact 61 is provided on a bottom of the cap 5 inside the case 2 and is electrically coupled to a positive terminal 602 of the battery assembly 6. The sixth contact 61 is electrically coupled to the third contact 62 after mounting the cap 5 onto the rear of the case 2. An external tab 51 having a hole 52 is formed on an underside of the cap 5 (i.e., opposite to the case 2) for connection to a rope or the like.
After electrically connecting the fifth contact 69 to the negative terminal 601 and electrically connecting the sixth contact 61 to the positive terminal 602, slide the switch 63 toward one direction will electrically connect the third contact 62 to the fourth contact 64. A circuit is thus formed by the first conductive member 66, the second conductive member 67, the first, second, third, fourth, fifth, and the sixth contacts 65, 68, 62, 64, 69, and 61. Thereafter, power is supplied from the battery assembly 6 to the light emitting assembly 4. Moreover, turning the swivel mount 3 and/or the light emitting assembly 4 will not disconnect the power supply. That is, the light emitting assembly 4 is able to continuously emit light.
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An opening 652 is formed proximate to one end of the first contact 65 and is aligned with the opening 662 and an opening 681 is formed proximate to one end of the second contact 68 and is aligned with the opening 672 respectively. Also, the snapping element 35 and 36 pass the openings 652 and 681 and the openings 662 and 672 of the first annular members 661 and 671 in the first and the second arms 31 and 32 respectively. As such, the first contact 65 is electrically coupled to the first conductive member 66 and the second contact 68 is electrically coupled to the second conductive member 67 respectively. The first annular members 661 and 671 are still electrically coupled to the first and the second contacts 65 and 68 respectively when the light emitting assembly 4 turn along a pivot between the first and the second arms 31 and 32.
The second contact 68 has the other end distal to the second conductive member 67 extended into the swivel mount 3, projected from the opening 33 of the swivel mount 3 in the front end of the case 2, and electrically coupled to the fifth contact 69. Also, the first contact 65 has the other end distal the first conductive member 65 extended into the swivel mount 3, projected from the opening 33 of the swivel mount 3 in the front end of the case 2, and extended around the swivel mount 3 to form an annular second contact piece 651. The first conductive member 65 is thus electrically coupled to the fourth contact 64 via the second contact piece 651. Further, the first contact 65 is not electrically coupled to the second contact 68.
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In addition, an end of the fifth contact 69 inside the case 2 is electrically coupled to the negative terminal 601 and the other end thereof external the case 2 is extended around the post 22 to form an annular fourth contact piece 691 (see
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While the invention herein disclosed has been described by means of specific embodiments, numerous modifications and variations could be made thereto by those skilled in the art without departing from the scope and spirit of the invention set forth in the claims.
Claims
1. A flashlight capable of illuminating any of substantially all regions to the front thereof, comprising:
- a case;
- a swivel mount disposed on a front end of the case and adapted to turn horizontally along a longitudinal central axis of the case, the swivel mount including a plurality of arms farther to the case;
- a light emitting assembly pivotally disposed between the arms; and
- a battery assembly disposed in the case for supplying power to the light emitting assembly for illumination.
2. The flashlight of claim 1, wherein the arms are disposed on two opposite sides of the swivel mount and are comprised of a first arm and a second arm.
3. The flashlight of claim 1, further comprising a cap releasably disposed on a rear end of the case distal to the swivel mount.
4. The flashlight of claim 3, further comprising:
- a pivotal first conductive member having one end disposed in the light emitting assembly and the other end coupled to the first arm;
- a pivotal second conductive member having one end disposed in the light emitting assembly and the other end coupled to the second arm;
- a switch disposed on an outer surface of the case;
- a bridge disposed on an inner surface of the case opposite to the switch and integrally formed therewith;
- a first contact disposed in the first arm and extended onto the swivel mount at the front end of the case along the first arm and the other end coupled to the pivotal first conductive member;
- a second contact disposed in the second arm and extended onto the swivel mount at the front end of the case along the second arm and the other end coupled to the pivotal second conductive member;
- a third contact disposed along the inner surface of the case and having one end slidably coupled to the bridge and the other end extended proximate to the rear end of the case opposite to the swivel mount;
- a fourth contact disposed along the inner surface of the case and having one end slidably coupled to the bridge and the other end extended beyond the case proximate to the swivel mount to be electrically coupled to the first contact;
- a fifth contact disposed at the front end of the case proximate to the swivel mount, the fifth contact having one portion electrically coupled to the second contact and the other portion disposed within the case to electrically couple to a negative terminal of the battery assembly; and
- a sixth contact disposed on a bottom of the cap inside the case, electrically coupled to a positive terminal of the battery assembly, and electrically coupled to the third contact after mounting the cap onto the rear end of the case.
5. The flashlight of claim 4, wherein the light emitting assembly comprises:
- a housing;
- a socket disposed on a bottom of the housing, the socket being electrically coupled to inner ends of both the pivotal first conductive member and the pivotal second conductive member inside the light emitting assembly; and
- a light emitting element disposed on the socket for emitting light in response to being energized by power supplied from the battery assembly.
6. The flashlight of claim 5, wherein the light emitting assembly further comprises:
- a concave reflector disposed between the mouth of the housing and the socket, the reflector including a bottom opening proximate to the socket for permitting the light emitting element to project therefrom, and
- a transparent ring disposed on the mouth of the housing.
7. The flashlight of claim 4, further comprising:
- two first annular members formed in the pivotal first and the pivotal second conductive members at opposite sides of the light emitting assembly respectively;
- two first openings formed on the first annular members respectively;
- two second openings formed proximate to one ends of the first and the second contacts and being aligned with the first openings respectively;
- two snapping elements having one ends passed through the first and the second openings into the housing and the other ends extended beyond the first and the second arms to fit thereon respectively; and
- two first snapping members disposed in the housing and secured to the snapping elements in the housing respectively such that the light emitting assembly is adapted to pivotably connect between the first and the second arms.
8. The flashlight of claim 4, wherein the other end of the first contact distal to the pivotal first conductive member extended to and around the swivel mount at the front end of the case for forming an annular second contact piece.
9. The flashlight of claim 4, wherein the third contact has one end proximate to the cap extended along the inner surface of the case to form an annular third contact piece in the rear end of the case.
10. The flashlight of claim 4, wherein the other end of the fifth contact external the case is extended around the post to form an annular fourth contact piece.
11. The flashlight of claim 1 further comprising:
- a post formed on a center of the front end of the case projected from the swivel mount;
- a third opening formed on the swivel mount and adapted to permit the post to insert thereinto;
- a second snapping member disposed proximate to the post, the second snapping member including an inner, curved section and a space defined by the curved section and the post;
- a flange formed on an open end of the post distal to the case, the flange having a diameter larger than that of the inner, curved section; and
- a recess formed on a periphery of the swivel mount for permitting the second snapping member to rest thereupon;
- wherein a portion of the post sandwiched between the swivel mount and the flange is engaged with the inner, curved section when the second snapping member rests upon the recess in response to mounting the swivel mount on the front end of the case.
12. The flashlight of claim 4, further comprising a spring disposed in the fifth contact opposite to the cap.
13. The flashlight of claim 1, further comprising a coupling member formed on the outer surface of the case for fastening the case onto an element.
14. The flashlight of claim 13, wherein the coupling member is a magnet.
15. The flashlight of claim 1, wherein the battery assembly comprises one or more cells.
16. The flashlight of claim 15, wherein the cells are coupled in series.
17. The flashlight of claim 3, further comprising an external tab formed on an underside of the cap opposite to the case, the tab having a hole.
Type: Application
Filed: Oct 18, 2004
Publication Date: Apr 20, 2006
Patent Grant number: 7172310
Inventor: Huang-Hsi Hsu (Taipei)
Application Number: 10/965,791
International Classification: F21L 4/00 (20060101);